CN107672198A - A kind of film colouring equipment - Google Patents
A kind of film colouring equipment Download PDFInfo
- Publication number
- CN107672198A CN107672198A CN201710810190.7A CN201710810190A CN107672198A CN 107672198 A CN107672198 A CN 107672198A CN 201710810190 A CN201710810190 A CN 201710810190A CN 107672198 A CN107672198 A CN 107672198A
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- rotating shaft
- casing
- liquid storage
- cylinder
- storage roller
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
- B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
- B29C71/00—After-treatment of articles without altering their shape; Apparatus therefor
- B29C71/0009—After-treatment of articles without altering their shape; Apparatus therefor using liquids, e.g. solvents, swelling agents
Abstract
The invention provides a kind of film colouring equipment, belong to field of mechanical technique.It, which solves existing film colouring equipment, can not efficiently carry out the technical problems such as film colouring.A kind of film colouring equipment, including frame, it is characterized in that, the feeding device for feeding, the coloring means for dyeing, more case drying units, the wrap-up for winding for drying are disposed with described frame, one is additionally provided between feeding device and coloring means and is used for the tension mechanism that film is tightened；Described tension mechanism includes being arranged on tightening rotating shaft one, tighten rotating shaft two and tightening rotating shaft three in frame, tightens rotating shaft one, tightens rotating shaft two and tightens rotating shaft three and is arranged in a manner of axial rotation and axial restraint in frame.The present invention has within the equal time to more dyeing films and the advantages of wind.
Description
Technical field
The invention belongs to field of mechanical technique, particularly a kind of film colouring equipment.
Background technology
Film is a kind of thin and flexible transparent sheet.It is made of plastics, adhesive, rubber or other materials.Polyester film
It is scientific to be construed to:By atom, two-dimensional material that molecule or ion deposition are formed in substrate surface.Example:It is optical thin film, compound
Film, superconducting thin film, polyester film, nylon film, plastic sheeting etc..Film is widely used in electronic apparatus, machinery, print
The industries such as brush, medical treatment.
In order to adapt to the demand of various industries film, it is necessary to carry out dyeing processing to it, still, existing film colouring is set
It is standby much film change speed it is uneven compared with slow, dyeing films to result in the need for repeatedly colouring and film drying not thorough, drying
The problems such as dry film for causing to wind without cooling later is bonded together etc..
The content of the invention
The purpose of the present invention is above mentioned problem be present for existing technology, it is proposed that a kind of film colouring equipment,
The equipment needs to solve the problems, such as：How to more dyeing films and to be wound within the equal time.
The purpose of the present invention can be realized by following technical proposal：A kind of film colouring equipment, including frame, its feature
It is, the feeding device for feeding, the coloring means for dyeing is disposed with described frame, for the more of drying
Case drying unit, the wrap-up for winding, between feeding device and coloring means be additionally provided with one tightens for film
Tension mechanism；Described tension mechanism includes being arranged on tightening rotating shaft one, tighten rotating shaft two and tightening rotating shaft three in frame,
Rotating shaft one is tightened, tighten rotating shaft two and tightens rotating shaft three and is arranged in a manner of axial rotation and axial restraint in frame, it is described
Rotating shaft three of tightening driven by stand-by motor, it is described to tighten rotating shaft two positioned at tightening rotating shaft one and tighten the lower section of rotating shaft three.
The operation principle of the present invention is such：Film to be dyed is installed on feeding device, then passes through colouring
Device is dyed to film, then the film dyed is transported in more case drying units and dried, finally by winding
The film take-up that device will be dyed and dried completely.
Described feeding device, including it is arranged on driving wheel one, driven pulley one, driven pulley two and the driven pulley of frame side
Three, a chain one, described driving wheel one are arranged with described driving wheel one, driven pulley one, driven pulley two and driven pulley three
Driven by motor one；The corresponding opposite side of frame is provided with driving wheel two, driven pulley four, driven pulley five and driven pulley six,
Chain two is arranged with described driving wheel two, driven pulley four, driven pulley five and driven pulley six, described driven pulley two passes through electricity
Machine two drives；Even cloth is installed with some clamping blocks one on described chain one, and even cloth is installed with some dresses on described chain two
Fixture block two, clamping block one are corresponding with clamping block 211；Bayonet socket one is provided with described clamping block one, card is provided with clamping block two
Mouth two, is provided with rotary shaft one, one end of rotary shaft one is provided with a tooth between described clamping block one and clamping block two
Wheel one；Side is provided with the fixed mechanism of a fixed bias circuit one in described frame, and side is additionally provided with a driving in frame
The drive mechanism that rotary shaft one rotates；Described frame side is provided with a boom hoisting for being used to change rotary shaft one.
The operation principle of the present apparatus is such：Rotary shaft one is inserted on the film for needing to paint, starts boom hoisting
Film in rotary shaft one and rotary shaft one is lifted by crane together, is then placed on clamping block one and clamping block two, passes through bayonet socket
One and bayonet socket two rotary shaft one is blocked, start motor one and motor two, the output shaft of motor one and motor two starts to rotate, defeated
Shaft, which rotates, drives driving wheel one and driving wheel two to rotate, and driving wheel one rotates drives driven pulley one, driven pulley by chain one
Two and driven pulley three rotate, driving wheel two rotates drives driven pulley four, driven pulley five and driven pulley six to rotate by chain two, turns
Moving axis one is transported at fixed mechanism, and fixed mechanism fixes rotary shaft one, and rotary shaft one can only rotate.Start driving machine
Structure, rotated by drive mechanism band moving gear one, the rotational band turn moving axis one of gear one is rotated, and rotary shaft one, which rotates, to be started to set
The film put in rotary shaft one is transported at dyestuff, and during conveying, new film to be dyed is passed through into new rotation
Axle one is arranged on another clamping block one and the fixture block two on device.This is as next dyeing raw material.When previous thin
Film dyeing finishes.Previous rotary shaft one is directly dismantled, new rotary shaft one is then transported to fixed mechanism.So may be used
To save substantial amounts of replacing construction, by new film load facility to be dyed during dyeing films.
Offer stopper slot one in the bayonet socket one of described clamping block one, limited location is opened up in the bayonet socket two on clamping block two
Groove two, the both ends of described rotary shaft one are coaxially arranged with rotating wheel one and rotating wheel two, the described cocker of rotating wheel one respectively
Enter stopper slot one, rotating wheel two can be caught in stopper slot two；It is provided with described stopper slot one and rotary shaft one is limited in bayonet socket
Limited block one in one, is provided with the limited block two rotary shaft one being limited in bayonet socket two on stopper slot two.Pass through rotary shaft
The rotating wheel one and rotating wheel two at one both ends and the bayonet socket on the stopper slot one and clamping block two in the bayonet socket one of clamping block one
Stopper slot two in two effectively can will rotate fixing axle, and can only rotate to translate.Limited block one and limited block two can be with
Prevent rotary shaft one from being dropped out during being conveyed, while can also be pushed out in the rotation process of rotary shaft one.
The side of rotating wheel one is coaxially arranged with an auxiliary wheel one in described rotary shaft one, rotating wheel 21 in rotary shaft one
Side is coaxially arranged with an auxiliary wheel two, and auxiliary wheel one can go upper rack mutually to recline with auxiliary wheel two.Because it is by chain pair
Rotary shaft one is transported, because film weight is relatively attached most importance to, if no auxiliary wheel one and auxiliary wheel two are affixed with edge in frame
Close, so chain one and chain two can be caused greatly to bear, reduce the service life of chain one and chain two.The He of chain one
Two, chain plays function of transportation.
Card interface one is offered on described clamping block one, limited block one is caught in card interface one, is opened up on clamping block two
There is card interface two, limited block two is caught in card interface two.Card interface one and card interface two are the dismountings of rotary shaft one for convenience,
Only limited block one need to be caught in card interface one or be removed from card interface one, limited block two is caught in card interface two or from clamping
Removed on mouth two.
Described fixed mechanism includes cylinder one, cylinder two, cylinder three, fixed station, geometrical clamp one and geometrical clamp two, described
Cylinder three be fixed in frame, straight up, fixed station is installed in the output shaft end of cylinder three, institute to the output shaft of cylinder three
The cylinder one and cylinder two stated are separately fixed at the both ends of fixed station, and the output shaft of cylinder one and cylinder two is horizontally disposed with, fixed
Folder one is installed on the output shaft of cylinder one, and geometrical clamp two is installed on the output shaft of cylinder two, and card is offered on geometrical clamp one
Mouthfuls three, offer bayonet socket four on geometrical clamp two, the buckle three on geometrical clamp one matches with the buckle four on geometrical clamp two.Start
Cylinder three, the cylinder one on fixed station and cylinder two, which are risen to, to be needed to grip the position of rotary shaft one, starts cylinder one and cylinder
Two, rotary shaft one is clamped by geometrical clamp one and geometrical clamp two.
One end of described rotary shaft one is installed with wear-resisting ring, and wear-resisting ring is between geometrical clamp one and geometrical clamp two.It is resistance to
Grinding ring can prevent that the end of rotary shaft one or two can wear in ceaselessly rotation process.
Described drive mechanism includes motor three, gear two and chain three, and described motor three is fixed in frame, motor
Three output shaft is horizontally disposed with, and gear two is co-axially located on the output shaft of motor three, and chain three is set in gear one and gear
On two.Start motor three, the output shaft rotation of motor three, output shaft rotation band moving gear two rotates, and gear two, which rotates, passes through chain
Bar three rotates with moving gear one.
Protection cap is installed outside described gear one, gear two and chain three.The setting of protection cap is to prevent worker from existing
It is involved in operating process.
Described boom hoisting includes loop wheel machine and auxiliary rod, and described loop wheel machine is arranged on frame side, and loop wheel machine lower end has
One hook, described auxiliary rod are arranged on hook, and auxiliary rod is provided at both ends with cloth rope, and described cloth rope can fixed bias circuit
One both ends.
Described coloring means, including rotary shaft two, rotary shaft three and the liquid storage being successively set on from bottom to up in frame
Roller one, described rotary shaft two and the side of rotary shaft three are provided with embossing cylinder, described rotary shaft two, rotary shaft three, storage
Liquid roller and embossing cylinder by circumferentially rotate and axial restraint in a manner of be arranged in frame, described rotary shaft two and rotary shaft
Be provided between three one be used for flatten pressing mechanism；There is cavity one, described liquid storage roller in described liquid storage roller one
One side is provided with feed tube one, and the one end of feed tube one is coaxially fixed with liquid storage roller one, one end and the liquid storage roller of feed tube one
The cavity one of cylinder one is connected, and the other end of feed tube one is connected with a liquid reserve tank, and hydrophilizing agent is provided with described liquid reserve tank；Institute
A constant flow pump one is provided with the feed tube one stated, some fluid holes one uniformly arranged are offered on liquid storage roller one, go out liquid
The internal cavities one of Kong Yiyu liquid storages roller one are connected, and liquid storage roller one is driven by motor four, and motor four is fixed in frame；
Liquid storage roller side is provided with a liquid storage roller two, has cavity two in liquid storage roller two, the described side of liquid storage roller two is set
Feed tube two is equipped with, the one end of feed tube two is fixed with liquid storage roller two to be coaxial, one end and the liquid storage roller two of feed tube two
Cavity two is connected, and the other end of feed tube two is connected with liquid reserve tank, and constant flow pump two, liquid storage roller two are provided with feed tube two
On offer some fluid holes two uniformly arranged, fluid hole two is connected with the internal cavities two of liquid storage roller two, liquid storage roller
Two are driven by motor five, and liquid storage roller two is connected with one with its travel mechanism moved back and forth；Below described embossing cylinder
A dyestuff groove is provided with, described dyestuff groove side is provided with a dyestuff adding set for being used to add dyestuff, described dyestuff
The bottom of groove is provided with an elevating mechanism for being used to lift dyestuff groove
The operation principle of the present apparatus is such：To need the film painted successively around be set to rotary shaft two, rotary shaft three,
Between liquid storage roller one, liquid storage roller one and liquid storage roller two, on embossing cylinder, it would be desirable on dyestuff pass through dyestuff addition dress
Put and be added in fuel bath, dyestuff stops adding after being added to default position, starts constant flow pump one and constant flow pump two, by liquid storage
Hydrophilizing agent is full of in roller one and liquid storage roller two.Then start elevating mechanism simultaneously, dyestuff groove is risen, by embossing cylinder
Bottom is immersed in dyestuff groove, while part film is also submerged in the dyestuff of dyestuff groove, while starts motor four, motor five
With motor six, film starts to be conveyed, and by flattening mechanism, film is being entered between liquid storage roller one and liquid storage roller two
Before flattened, film is not had fold, prevent hydrophilizing agent from can not completely penetrate on film, be arranged on the He of liquid storage roller one
Hydrophilizing agent in liquid storage roller two flows out from fluid hole one and fluid hole two, uniformly contaminates on film, film is become parent
Water, right dyestuff is easier to be contaminated onto film.When film is by dyestuff groove, color is caught.Pass through liquid storage roller one and storage
Liquid roller two sufficiently to the uniform release hydrophilizing agent of film, makes dyeing films more uniform.
Supplementary rder one and supplementary rder two are provided with above described embossing cylinder, supplementary rder one is located at liquid storage roller
Between two and embossing cylinder, supplementary rder two is driven by motor six.
A valve one is provided with described feed tube one, described feed tube two is provided with valve two.Valve one and valve
It is to prevent from entering the hydrophilizing agent in liquid storage roller one and liquid storage roller two to flow backwards that door two, which is set,.Liquid storage can be ensured simultaneously
Roller one and the inner sealing of liquid storage roller two, without using when inner face hydrophilizing agent will not flow out.
The described outer layer jacket of liquid storage roller one is provided with an absorbent wool one, and the outer layer jacket of described liquid storage roller two is provided with one and inhaled
Water cotton two.Absorbent wool one and absorbent wool two effectively first can uniformly absorb hydrophilizing agent, as long as film is by absorbent wool
One and during absorbent wool two, absorbent wool one and absorbent wool two are squeezed, and the hydrophilizing agent of the inside begins to ooze out, and is uniformly adhered to
On film.
Described pressing mechanism includes flattening cylinder one, flattens cylinder two, some cylinders one and fixed mount one, described cylinder one
It is fixed in frame, the output shaft of cylinder one is horizontally disposed with, and described fixed mount one is fixed on the output shaft end of cylinder one, described
Pressing cylinder one by circumferentially rotate and axial restraint in a manner of be arranged on fixed mount one, described pressing cylinder two is arranged on pressing
Cylinder one side, flatten cylinder two with flatten cylinder one be parallel to each other, pressing cylinder two by circumferentially rotate and axial restraint in a manner of be arranged on
In frame, flattening cylinder one can lean with flattening cylinder two.Start cylinder one, the pressing cylinder one being arranged on fixed mount one is pressed to
Cylinder two is flattened, is that film is squeezed and flattened.
A pressure gauge one is additionally provided with described frame, pressure gauge is connected one by one with cylinder.Pressure gauge one can be intuitively
See the pressure that film is subject to.Staff is facilitated to be adjusted.
Described travel mechanism includes some cylinders two and fixed mount two, and described cylinder two is fixed in frame, cylinder
Two output shaft is horizontally disposed with, and is fixed on two output shaft ends for being fixed on cylinder two, and described liquid storage roller two is turned with circumferential
Dynamic and axial restraint mode is arranged on fixed mount two, and liquid storage roller two can lean with liquid storage roller one, it is above-mentioned in electricity
Machine five is fixed on fixed mount two.Start cylinder two, liquid storage roller two on fixed mount two will be arranged on and pressed on liquid storage roller one,
Make that the miscellaneous liquid storage roller two of setting presses to the absorbent wool one on liquid storage roller one and absorbent wool two is squeezed, by the hydrophilizing agent of inner face
Extrude., may be too small for the pressure being subject on absorbent wool one and absorbent wool two because the quality of film is softer, so setting this
Individual mechanism carries out auxiliary squeezing.
A pressure gauge two is provided with described frame, pressure gauge two is connected with cylinder two.Pressure gauge two can be intuitively
See the pressure that film is subject to.Staff is facilitated to be adjusted.
Described dyestuff adding set includes dye barrel, constant flow pump three and floating ball type liquid level sensor, described dye barrel
Dyestuff groove side is arranged on, dye barrel is provided with a conduit, and conduit is located in dyestuff groove with one end, and the other end of conduit is located at dyestuff
In bucket, constant flow pump three is arranged in the middle part of conduit, and floating ball type liquid level sensor is arranged on the conduit in dyestuff groove, floating ball type liquid level
Sensor is fixed on dyestuff groove, and floating ball type liquid level sensor is connected by circuit with constant flow pump three.Floating ball type liquid level sensor
For the thing that can be bought on the market.The setting of floating ball type liquid level sensor can add dyestuff in dyestuff groove automatically always.
When the dyestuff in dyestuff groove is located at predeterminated position, import can be closed by floating ball type liquid level sensor, dyestuff can not be added into.
Dyestuff trench bottom offers discharge opening, and discharge nozzle is installed with discharge opening, a manual ball valve is provided with discharge nozzle.
After dyeing finishes, manual ball valve is opened, the dyestuff in dyestuff groove is bled off, cleans out dyestuff groove, in case next time uses.
Described elevating mechanism includes some cylinders three, the described fixed frame bottom of cylinder three, the output shaft of cylinder three
Straight up, the bottom of dyestuff groove is fixed on the end of the output shaft of cylinder three.Start cylinder three, dyestuff groove is begun to
Rise.The amount for connecing membranes submerged part can be adjusted by cylinder three.
Described dyestuff trench bottom discharge outlet is lowest part.Dyestuff is facilitated to be bled off after use finishes.
Described more case drying units, including the casing being installed in frame, first partition and are provided with the case
Casing is divided into casing one, casing two and casing three by two dividing plates, first partition and second partition；The side of the casing offers
Import, and offer outlet in the corresponding opposite side of casing；Through hole one, second partition are offered in the middle part of described first partition
Middle part offers through hole two；Rotating shaft one and rotating shaft two are provided with described casing one, rotating shaft one is located at entrance, rotating shaft two
In the side of through hole one, described rotating shaft one and the lower section of rotating shaft two are correspondingly arranged on rotating shaft three and rotating shaft four, and rotating shaft two passes through motor
Eight drivings, be provided with casing one one be used for dry the blowing hot wind mechanism dried；The He of rotating shaft five is provided with described casing two
Rotating shaft six, rotating shaft five are located at the side of through hole one, and rotating shaft six is located at the side of through hole two, and described rotating shaft five and the lower section of rotating shaft six are corresponding
Be provided with rotating shaft seven and rotating shaft eight, rotating shaft six is driven by motor nine, be provided with casing two one be used for dry electrical heating baking
Dry mechanism；Rotating shaft nine and rotating shaft ten are provided with described casing three, rotating shaft nine is located at the side of through hole two, and rotating shaft ten is positioned at outlet
Side, described rotating shaft nine and the lower section of rotating shaft ten are correspondingly arranged on rotating shaft 11 and rotating shaft 12, and rotating shaft ten is driven by motor ten
It is dynamic, air blower one is provided with casing three, air blower one is installed in side in casing three, and casing three offers ventilating opening on side
One.
The operation principle of the present apparatus is such：By the film do not painted successively around being set to rotating shaft one, rotating shaft two, rotating shaft
3rd, in rotating shaft four, rotating shaft five, rotating shaft six, rotating shaft seven, rotating shaft eight, rotating shaft nine, rotating shaft ten, rotating shaft 11 and rotating shaft 12, simultaneously
Start motor eight, motor nine and motor ten.The film painted is pulled in casing one, starts blowing hot wind mechanism, will enter
Band water air in casing is dried, while carries out preliminary pre-heating drying to film, and film after preheating enters
During casing two, start electric heating drying machine structure, film is carried out positive and negative while dried, drying is that caused steam passes through dehumidifier
Structure removes, and ensures that steam will not accumulate in casing two, when the film after complete drying enters casing three, starts air blast
Machine one, normal temperature air is constantly blasted on film, allows film to return to normal temperature state, the film for returning to normal temperature state can
To be got up by good winding, wound if just drying, may cause mutually to bond between film and film, on
Chromaticness amount.The setting of ventilation duct in order to help the preheating of casing two faster.The hot blast of feeding can also be by caused by drying
Steam up conveys.Efficiently film can be dried by blowing hot wind mechanism and electric heating drying machine structure.
Described first partition bottom offers through hole three, and a ventilation duct, ventilation duct are installed with casing one and casing two
It is located on through hole three.
The top of described casing two offers ventilating opening two, be provided with described ventilating opening two one be used for dehumidify dehumidifying
Mechanism.
Wind deflector is provided with described casing one.The setting of wind deflector is in order that hot blast more enters
Into ventilation duct, hot blast is more effectively utilized.Resource is maximumlly utilized.
Described casing outer layer is provided with heat-insulation layer, is provided with insulation material in described heat-insulation layer, insulation material be every
Hot cotton.Heat insulation foam effectively can maintain temperature.It is that film is dried more efficiently, while can also extends electrical heating drying
The service life of mechanism.
Described blowing hot wind mechanism includes air blower two, heating tube one, and described air blower two is arranged on one in casing one
Side, resistance wire are fixed in casing one, the air outlet alignment resistance wire of air blower two.After energization, heating tube one is heated, and is opened
Dynamic air blower two, it is heated after normal temperature air is blown over into heating tube one, hot blast preheats to film.Take away part water simultaneously
Vapour.
Described electric heating drying machine structure includes heating tube two, heating tube three and heating tube four, and described heating tube two is solid
It is located on the inwall of casing two of rotating shaft five and rotating shaft July 1st side, described heating tube three is installed in rotating shaft six and rotating shaft Aug. 1st side
On the inwall of casing two, described heating tube four is installed between rotating shaft five and rotating shaft seven and rotating shaft six and rotating shaft eight, heating tube four
It is fixed on the wall of casing two, heating tube two, heating tube three are connected with the uniform breaker of heating tube four.After energization, heating tube
2nd, heating tube three and heating tube four are heated, and are distributed heat and are carried out positive and negative drying to film, are that film two sides is all effectively dried
It is dry.
Air outlet is offered on described ventilation duct, air outlet is located in casing two.
Described desiccant body bag is except wet tank, Wormwheel fan, and described except wet tank side offers air inlet, opposite side is opened
There is gas outlet beginning, and described air inlet is connected by air inlet pipe with the ventilating opening two on casing two, and described Wormwheel fan is fixed
In air inlet pipe, described gas outlet is connected by escape pipe with the external world, and described removes water thing except wet tank is interior.Except setting for wet tank
It is that the humidity in air is higher in order to which the steam for preventing from being excluded is returned in air to put, by room because drying plant is deposited
Can be too high in temperature, humidity and temperature are by easy heatstroke in the case of too high, so needing the steam in air to get rid of.
Described water removal thing is calcium oxide particle.Calcium oxide particle effectively can remove steam, and secondary use also compares
More convenient, raw material is also relatively cheap.
Described wrap-up includes Scroll one, Scroll two, rotating bar one, the and of rotating bar two being arranged in frame
Motor 11, for described rotating bar one by aiding in rotating shaft one to be rotatably arranged on frame side, rotating bar two, which rotates, passes through auxiliary
Rotating shaft two is rotatably arranged on the corresponding opposite side of frame, and described Scroll one is detachable to be arranged on rotating bar one and turn
The other end of lever two, the detachable corresponding other end for being arranged on rotating bar one and rotating bar one of described Scroll two,
Gear one is coaxially arranged with described auxiliary rotating shaft one, described motor 11 is fixed in frame, the output of motor 11
Axle is horizontally disposed with, and gear two is coaxially installed with the output shaft of motor 11, is arranged between described gear one and gear two
Chain；Described Scroll one is driven by motor 12, and described Scroll two is driven by motor 13.
Protection cap is provided with described gear one and the external rack of gear two.
Compared with prior art, the present invention has advantages below：
1st, the equipment is when carrying out dyeing films, by have the feeding device for feeding, the coloring means for dyeing,
More case drying units for drying, the wrap-up for winding will effectively improve the efficiency of dyeing films.
2nd, rotary shaft, which rotates, starts that film on the rotating shaft will be set to be transported at dyestuff, will during conveying
New film to be dyed is arranged on another clamping block one and the fixture block two on device by new rotary shaft.Under this is used as
One dyeing raw material.When previous dyeing films finish.Previous rotary shaft is directly dismantled, is then transported to new rotary shaft
Fixed mechanism.It is convenient to save the time again.
3rd, by flattening mechanism, film is flattened before entering between liquid storage roller one and liquid storage roller two, made
Film does not have fold, prevents hydrophilizing agent from can not completely penetrate on film, is arranged in liquid storage roller one and liquid storage roller two
Hydrophilizing agent flowed out from fluid hole one and fluid hole two, uniformly contaminate on film, film is become hydrophilic, right dyestuff more holds
Easy dye is on film.
4th, the film painted is pulled in casing one, starts blowing hot wind mechanism, the band water that will go into casing is empty
Gas is dried, while carries out preliminary pre-heating drying to film, when the film after preheating enters casing two, is started electricity and is added
Hot dryer structure, film is carried out positive and negative while dried, drying is that caused steam is removed by desiccant body, ensures steam not
It can be accumulated in casing two.
Brief description of the drawings
Fig. 1 is a kind of schematic diagram of the feeding device in film colouring equipment.
Fig. 2 is a kind of stereogram of the feeding device in film colouring equipment.
Fig. 3 is the tightening device schematic diagram in a kind of film colouring equipment.
Fig. 4 is the coloring means schematic diagram in a kind of film colouring equipment.
Fig. 5 is the schematic diagram of liquid storage roller one and liquid storage roller two in coloring means.
Fig. 6 is more case drying unit schematic diagrames in a kind of film colouring equipment.
Fig. 7 is a kind of front view of more case drying units in film colouring equipment.
Fig. 8 is the wrap-up schematic diagram in a kind of film colouring equipment.
In figure, 1, tighten rotating shaft one；1a, tighten rotating shaft two；2 tighten rotating shaft three；3rd, chain one；4th, chain two；5th, clamping
Block one；6th, clamping block two；7th, rotary shaft one；8th, auxiliary wheel one；9th, auxiliary wheel two；9a, cylinder one；9b, cylinder two；9c, cylinder
Three；9d, fixed station；10th, geometrical clamp one；11st, geometrical clamp two；12nd, motor three；13rd, loop wheel machine；14th, rotary shaft two；15th, rotary shaft
Three；16th, liquid storage roller one；16a, embossing cylinder；17th, liquid reserve tank；18th, constant flow pump one；19th, liquid storage roller two；19a, constant flow pump
Two；20th, motor five；21st, dyestuff groove；21a, supplementary rder one；21b, supplementary rder two；21c, flatten cylinder one；21d, flatten cylinder
Two；22nd, casing one；23rd, casing two；24th, casing three；25th, rotating shaft one；26th, rotating shaft two；27th, rotating shaft three；28th, rotating shaft four；29、
Rotating shaft five；30th, rotating shaft six；31st, rotating shaft seven；32nd, rotating shaft eight；33rd, rotating shaft nine；34th, rotating shaft ten；35th, rotating shaft 11；36th, rotating shaft
12；37th, air blower one；38th, air blower two；39th, heating tube two；40th, heating tube three；41st, heating tube four；42nd, Scroll one；
43rd, Scroll two；44th, rotating bar one；45th, rotating bar two；46th, motor 11.
Embodiment
It is the specific embodiment of the present invention and with reference to accompanying drawing below, technical scheme is further described,
But the present invention is not limited to these embodiments.
As shown in Figure 1, Figure 2 and Figure 3, a kind of film colouring equipment, including frame, it is characterised in that set successively in frame
It is equipped with the feeding device for feeding, the coloring means for dyeing, more case drying units for drying, the receipts for winding
Winding apparatus, a tension mechanism is additionally provided between feeding device and coloring means；Tension mechanism includes being arranged in frame
Tighten rotating shaft 1, tighten the 1a of rotating shaft two and tighten rotating shaft 32, tighten rotating shaft 1, tighten the 1a of rotating shaft two and tighten rotating shaft 32 with
The axial rotation and mode of axial restraint is arranged in frame, tightens rotating shaft 32 and is driven by stand-by motor, tighten the 1a of rotating shaft two
Positioned at tightening rotating shaft 1 and tighten the lower section of rotating shaft 32.
Feeding device, including driving wheel one, driven pulley one, driven pulley two and the driven pulley three of frame side are arranged on, it is main
A chain 1 is arranged with driving wheel one, driven pulley one, driven pulley two and driven pulley three, driving wheel one is driven by motor one；Machine
The corresponding opposite side of frame is provided with driving wheel two, driven pulley four, driven pulley five and driven pulley six, driving wheel two, driven pulley four,
Chain 24 is arranged with driven pulley five and driven pulley six, driven pulley two is driven by motor two；Even cloth is installed with chain 1
Some clamping blocks 1, even cloth is installed with some clamping blocks 26 on chain 24, and clamping block 1 corresponds with clamping block 26；
Bayonet socket one is provided with clamping block 1, bayonet socket two is provided with clamping block 26, is provided between clamping block 1 and clamping block 26
Rotary shaft 1, one end of rotary shaft 1 are provided with a gear one；Side is provided with consolidating for a fixed bias circuit 1 in frame
Determine mechanism, side is additionally provided with the drive mechanism that a driving rotary shaft 1 rotates in frame；Frame side is provided with one and is used for more
Change the boom hoisting of rotary shaft 1.
Offer stopper slot one in the bayonet socket one of clamping block 1, stopper slot is offered in the bayonet socket two on clamping block 26
Two, the both ends of rotary shaft 1 are coaxially arranged with rotating wheel one and rotating wheel two respectively, and rotating wheel one can be caught in stopper slot one, turn
Driving wheel two can be caught in stopper slot two；Be provided with the limited block one rotary shaft 1 being limited in bayonet socket one on stopper slot one, it is spacing
Be provided with the limited block two rotary shaft 1 being limited in bayonet socket two on groove two.Pass through the rotating wheel one at the both ends of rotary shaft 1
Can with the stopper slot two in the bayonet socket two on the stopper slot one and clamping block 26 in the bayonet socket one of rotating wheel two and clamping block 1
Fixing axle will be rotated with effective, can only rotate to translate.Limited block one and limited block two can prevent that rotary shaft 1 is defeated
Drop out, while can also be pushed out in the rotation process of rotary shaft 1 during sending.
The side of rotating wheel one is coaxially arranged with an auxiliary wheel 1 in rotary shaft 1, the side of rotating wheel two in rotary shaft 1
An auxiliary wheel 29 is coaxially arranged with, auxiliary wheel 1 can go upper rack mutually to recline with auxiliary wheel 29.Because it is by chain pair
Rotary shaft 1 is transported, because film weight is relatively attached most importance to, if without auxiliary wheel 1 and auxiliary wheel 29 with frame along phase
Fitting, so can cause greatly to bear to chain 1 and chain 24, reduce the service life of chain 1 and chain 24.Chain
Bar 1 and 24, chain play function of transportation.
Card interface one is offered on clamping block 1, limited block one is caught in card interface one, and card is offered on clamping block 26
Interface two, limited block two are caught in card interface two.Card interface one and card interface two are the dismountings of rotary shaft 1 for convenience, only
Limited block one need to be caught in card interface one or be removed from card interface one, limited block two is caught in card interface two or from card interface
Removed on two.
Fixed mechanism includes the 9a of cylinder one, the 9b of cylinder two, the 9c of cylinder three, fixed station 9d, geometrical clamp 1 and geometrical clamp two
11, the 9c of cylinder three is fixed in frame, and straight up, fixed station 9d is installed in the 9c of cylinder three output to the 9c of cylinder three output shaft
Shaft end, the 9a of cylinder one and the 9b of cylinder two are separately fixed at the output shaft at fixed station 9d both ends, the 9a of cylinder one and the 9b of cylinder two
Horizontally disposed, geometrical clamp 1 is installed on the 9a of cylinder one output shaft, and geometrical clamp 2 11 is installed in the 9b of cylinder two output shaft
On, bayonet socket three is offered on geometrical clamp 1, offers bayonet socket four on geometrical clamp 2 11, the buckle three on geometrical clamp 1 with it is solid
Buckle four in clamp 2 11 matches.Start the 9c of cylinder three, the 9a of cylinder one on fixed station 9d and the 9b of cylinder two are risen to
Need to grip the position of rotary shaft 1, start the 9a of the cylinder one and 9b of cylinder two, will be rotated by geometrical clamp 1 and geometrical clamp 2 11
Axle 1 is clamped.
One end of rotary shaft 1 is installed with wear-resisting ring, and wear-resisting ring is between geometrical clamp 1 and geometrical clamp 2 11.It is wear-resisting
Circle can prevent that the both ends of rotary shaft 1 can wear in ceaselessly rotation process.
Drive mechanism includes motor 3 12, gear two and chain three, and motor 3 12 is fixed in frame, motor 3 12 it is defeated
Shaft is horizontally disposed with, and gear two is co-axially located on the output shaft of motor 3 12, and chain three is set on gear one and gear two.
Start motor 3 12, the output shaft rotation of motor 3 12, output shaft rotation band moving gear two rotates, and gear two, which rotates, passes through chain
Three band moving gears one rotate.
Protection cap is installed outside gear one, gear two and chain three.The setting of protection cap is to prevent worker from operating
It is involved in journey.
Boom hoisting includes loop wheel machine 13 and auxiliary rod, and loop wheel machine 13 is arranged on frame side, and the lower end of loop wheel machine 13 has a hook,
Auxiliary rod is arranged on hook, and auxiliary rod is provided at both ends with cloth rope, cloth rope can fixed bias circuit 1 both ends.
As shown in Figure 4 and Figure 5, coloring means, including be successively set on from bottom to up in frame rotary shaft 2 14, rotate
Axle 3 15 and liquid storage roller 1, rotary shaft 2 14 and the side of rotary shaft 3 15 are provided with embossing cylinder 16a, rotary shaft 2 14,
Rotary shaft 3 15, liquid storage roller and embossing cylinder 16a by circumferentially rotate and axial restraint in a manner of be arranged in frame, rotary shaft
Be provided between 2 14 and rotary shaft 3 15 one be used for flatten pressing mechanism；There is cavity one, liquid storage in liquid storage roller 1
The side of roller 1 is provided with feed tube one, and the one end of feed tube one is coaxial fixed with liquid storage roller 1, one end of feed tube one
It is connected with the cavity one of liquid storage roller 1, the other end of feed tube one is connected with a liquid reserve tank 17, is provided with liquid reserve tank 17
Hydrophilizing agent；A constant flow pump 1 is provided with feed tube one, some fluid holes uniformly arranged are offered on liquid storage roller 1
One, fluid hole one is connected with the internal cavities one of liquid storage roller 1, and liquid storage roller 1 is driven by motor four, and motor four is solid
It is scheduled in frame；The side of liquid storage roller 1 is provided with a liquid storage roller 2 19, has cavity two, liquid storage roller in liquid storage roller 2 19
2 19 sides of cylinder are provided with feed tube two, and the one end of feed tube two is fixed with liquid storage roller 2 19 to be coaxial, one end of feed tube two
It is connected with the cavity two of liquid storage roller 2 19, the other end of feed tube two is connected with liquid reserve tank 17, is provided with feed tube two
The 19a of constant flow pump two, some fluid holes two uniformly arranged, fluid hole two and liquid storage roller 2 19 are offered on liquid storage roller 2 19
Internal cavities two are connected, and liquid storage roller 2 19 is driven by motor 5 20, what liquid storage roller 2 19 and one moved back and forth with it
Travel mechanism is connected；A dyestuff groove 21 is provided below in embossing cylinder 16a, and the side of dyestuff groove 21 is provided with one and is used to add dyestuff
Dyestuff adding set, the bottom of dyestuff groove 21 is provided with an elevating mechanism for being used to lift dyestuff groove 21, on embossing cylinder 16a
Side is provided with the 21a of supplementary rder one and supplementary rder two, and the 21a of supplementary rder one is located at liquid storage roller 2 19 and embossing cylinder 16a
Between, supplementary rder two is driven by motor six.
A valve one is provided with feed tube one, feed tube two is provided with valve two.Valve one and valve two set be for
Prevent from entering the hydrophilizing agent in liquid storage roller 1 and liquid storage roller 2 19 to flow backwards.Liquid storage roller 1 can be ensured simultaneously
With the inner sealing of liquid storage roller 2 19, without using when inner face hydrophilizing agent will not flow out.
The outer layer jacket of liquid storage roller 1 is provided with an absorbent wool one, and the outer layer jacket of liquid storage roller 2 19 is provided with an absorbent wool two.
Absorbent wool one and absorbent wool two effectively first can uniformly absorb hydrophilizing agent, as long as film is by absorbent wool one and water suction
During cotton two, absorbent wool one and absorbent wool two are squeezed, and the hydrophilizing agent of the inside begins to ooze out, and is uniformly adhered on film.
Mechanism is flattened including flattening the 21c of cylinder one, flattening the 21d of cylinder two, the 9a of some cylinders one and fixed mount one, the 9a of cylinder one to consolidate
It is scheduled in frame, the 9a of cylinder one output shaft is horizontally disposed with, and fixed mount one is fixed on the 9a output shaft ends of cylinder one, flattens cylinder one
21c by circumferentially rotate and axial restraint in a manner of be arranged on fixed mount one, flatten the 21d of cylinder two and be arranged on and flatten cylinder one 21c mono-
Side, flatten the 21d of cylinder two with flatten the 21c of cylinder one be parallel to each other, pressing the 21d of cylinder two by circumferentially rotate and axial restraint in a manner of set
In frame, flattening the 21c of cylinder one can lean with flattening the 21d of cylinder two.Start the 9a of cylinder one, the pressure on fixed mount one will be arranged on
The flat 21c of cylinder one, which is pressed to, flattens the 21d of cylinder two, is that film is squeezed and flattened.
A pressure gauge one is additionally provided with frame, pressure gauge is connected with the 9a mono- of cylinder one.Pressure gauge one can intuitively be seen
The pressure that film is subject to.Staff is facilitated to be adjusted.
Travel mechanism includes some 9b of cylinder two and fixed mount two, and the 9b of cylinder two is fixed in frame, and the 9b's of cylinder two is defeated
Shaft is horizontally disposed with, and is fixed on two output shaft ends for being fixed on the 9b of cylinder two, and liquid storage roller 2 19 is to circumferentially rotate and axially
Fixed mode is arranged on fixed mount two, and liquid storage roller 2 19 can lean with liquid storage roller 1, it is above-mentioned in motor five
20 are fixed on fixed mount two.Start the 9b of cylinder two, liquid storage roller 2 19 on fixed mount two will be arranged on and press to liquid storage roller one
On 16, make that the miscellaneous liquid storage roller 2 19 of setting presses to the absorbent wool one on liquid storage roller 1 and absorbent wool two is squeezed, will in
The hydrophilizing agent in face extrudes., may be too small for the pressure being subject on absorbent wool one and absorbent wool two because the quality of film is softer,
So this mechanism is set to carry out auxiliary squeezing.
A pressure gauge two is provided with frame, pressure gauge two is connected with the 9b of cylinder two.Pressure gauge two can intuitively be seen
The pressure that film is subject to.Staff is facilitated to be adjusted.
Dyestuff adding set includes dye barrel, constant flow pump three and floating ball type liquid level sensor, and dye barrel is arranged on dyestuff groove
21 sides, dye barrel are provided with a conduit, and conduit is located in dyestuff groove 21 with one end, and the other end of conduit is located in dye barrel, permanent
Stream pump three is arranged in the middle part of conduit, and floating ball type liquid level sensor is arranged on the conduit in dyestuff groove 21, floating ball type liquid level sensing
Device is fixed on dyestuff groove 21, and floating ball type liquid level sensor is connected by circuit with constant flow pump three.Floating ball type liquid level sensor is
The thing that can be bought on the market.The setting of floating ball type liquid level sensor can add dyestuff in dyestuff groove 21 automatically always.
When the dyestuff in dyestuff groove 21 is located at predeterminated position, import can be closed by floating ball type liquid level sensor, dyestuff can not be added
Enter.
The bottom of dyestuff groove 21 offers discharge opening, and discharge nozzle is installed with discharge opening, and a manual ball is provided with discharge nozzle
Valve.After dyeing finishes, manual ball valve is opened, the dyestuff in dyestuff groove 21 is bled off, cleans out dyestuff groove 21, in case under
Secondary use.
Elevating mechanism includes some 9c of cylinder three, the 9c fixed frames bottom of cylinder three, the 9c of cylinder three output shaft vertically to
On, the bottom of dyestuff groove 21 is fixed on the end of the 9c of cylinder three output shaft.Start the 9c of cylinder three, dyestuff groove 21 is begun to
Rise.The amount for connecing membranes submerged part can be adjusted by the 9c of cylinder three.
It is lowest part at the bottom discharge mouth of dyestuff groove 21.Dyestuff is facilitated to be bled off after use finishes.
As shown in Figure 6 and Figure 7, more case drying units, including the casing being installed in frame, first partition is provided with case
And casing is divided into casing 1, casing 2 23 and casing 3 24 by second partition, first partition and second partition；The side of casing
Import is offered, and outlet is offered in the corresponding opposite side of casing；Through hole one, second partition are offered in the middle part of first partition
Middle part offers through hole two；Rotating shaft 1 and rotating shaft 2 26 are provided with casing 1, rotating shaft 1 is located at entrance, rotating shaft two
26 are located at the side of through hole one, and rotating shaft 1 and the lower section of rotating shaft 2 26 are correspondingly arranged on rotating shaft 3 27 and rotating shaft 4 28, rotating shaft 2 26
Driven by motor eight, be provided with casing 1 one be used for dry dry blowing hot wind mechanism；It is provided with and turns in casing 2 23
Axle 5 29 and rotating shaft 6 30, rotating shaft 5 29 are located at the side of through hole one, and rotating shaft 6 30 is located at the side of through hole two, rotating shaft 5 29 and rotating shaft
6 30 lower sections are correspondingly arranged on rotating shaft 7 31 and rotating shaft 8 32, and rotating shaft 6 30 is driven by motor nine, is provided with casing 2 23
One is used for the electric heating drying machine structure of drying；Rotating shaft 9 33 and rotating shaft 10 are provided with casing 3 24, rotating shaft 9 33 is positioned at logical
The side of hole two, rotating shaft 10 are correspondingly arranged on rotating shaft 11 and turned positioned at outlet side, rotating shaft 9 33 and the lower section of rotating shaft 10
Axle 12, rotating shaft 10 are driven by motor ten, and air blower 1 is provided with casing 3 24, and air blower 1 is installed in case
Side in body 3 24, casing 3 24 offer ventilating opening one on side；First partition bottom offers through hole three, the He of casing 1
A ventilation duct is installed with casing 2 23, ventilation duct is located on through hole three；The top of casing 2 23 offers ventilating opening two, divulges information
Be provided with mouthfuls two one be used for dehumidify desiccant body.
Wind deflector is provided with casing 1.The setting of wind deflector be in order that hot blast more enter it is logical
In airduct, hot blast is more effectively utilized.Resource is maximumlly utilized.
Casing outer layer is provided with heat-insulation layer, and insulation material is provided with heat-insulation layer, and insulation material is heat insulation foam.Heat insulation foam can
So that effectively temperature to be maintained.It is that film is dried more efficiently, while can also extends the use longevity of electric heating drying machine structure
Life.
Blowing hot wind mechanism includes air blower 2 38, heating tube one, and air blower 2 38 is arranged on side in casing 1, resistance
Silk is fixed in casing 1, the air outlet alignment resistance wire of air blower 2 38.After energization, heating tube one is heated, and is started
Air blower 2 38, it is heated after normal temperature air is blown over into heating tube one, hot blast preheats to film.Take away part water simultaneously
Vapour.
Electric heating drying machine structure includes heating tube 2 39, heating tube 3 40 and heating tube 4 41, and heating tube 2 39 is installed in
On the inwall of casing 2 23 of rotating shaft 5 29 and the side of rotating shaft 7 31, heating tube 3 40 is installed in rotating shaft 6 30 and the side of rotating shaft 8 32
The inwall of casing 2 23 on, heating tube 4 41 is installed between rotating shaft 5 29 and rotating shaft 7 31 and rotating shaft 6 30 and rotating shaft 8 32,
Heating tube 4 41 is fixed on the wall of casing 2 23, heating tube 2 39, heating tube 3 40 and the uniform breaker phase of heating tube 4 41
Even.After energization, heating tube 2 39, heating tube 3 40 and heating tube 4 41 are heated, and are distributed heat and are carried out positive and negative baking to film
It is dry, it is that film two sides is all effectively oven-dried.
Air outlet is offered on ventilation duct, air outlet is located in casing 2 23.
Desiccant body bag removes wet tank, Wormwheel fan, and except wet tank side offers air inlet, opposite side begins with gas outlet,
Air inlet is connected by air inlet pipe with the ventilating opening two on casing 2 23, and Wormwheel fan is installed in air inlet pipe, and gas outlet passes through
Escape pipe is connected with the external world, except removing water thing in wet tank.Except the setting of wet tank is in order to which the steam for preventing from being excluded returns to air
In, the humidity in air is higher, and by room because the presence temperature of drying plant can be too high, humidity and temperature pass through too high
In the case of easy heatstroke, so need the steam in air is got rid of.
Water removal thing is calcium oxide particle.Calcium oxide particle effectively can remove steam, and secondary use is also more convenient,
Raw material is also relatively cheap.
As shown in figure 8, wrap-up include being arranged on Scroll 1 in frame, Scroll 2 43, rotating bar 1,
Rotating bar two and motor 11, rotating bar 1 is by aiding in rotating shaft 1 to be rotatably arranged on frame side, two turns of rotating bar
Move by aiding in rotating shaft 2 26 to be rotatably arranged on the corresponding opposite side of frame, Scroll 1 is detachable to be arranged on rotation
The other end of bar 1 and rotating bar two, Scroll 2 43 is detachable to be arranged on the relative of rotating bar 1 and rotating bar 1
Answer the other end, aid in being coaxially arranged with gear one in rotating shaft 1, motor 11 is fixed in frame, motor 11 it is defeated
Shaft is horizontally disposed with, and gear two is coaxially installed with the output shaft of motor 11, chain is arranged between gear one and gear two
Bar；Scroll 1 is driven by motor 12, and Scroll 2 43 is driven by motor 13.
Protection cap is provided with the external rack of gear one and gear two.
The operation principle of the present invention is such：On the film that the insertion needs of rotary shaft 1 are painted, start boom hoisting
Film in rotary shaft 1 and rotary shaft 1 is lifted by crane together, is then placed on clamping block 1 and clamping block 26, passes through
Bayonet socket one and bayonet socket two block rotary shaft 1, start motor one and motor two, film is transported at fixed mechanism, fixed
Rotary shaft 1 is fixed by mechanism, and rotary shaft 1 can only rotate.Start drive mechanism, film is transported at dyestuff, conveyed
During, another clamping block 1 and the fixture block that new film to be dyed are arranged to by new rotary shaft 1 on device
On two.This is as next dyeing raw material.When previous dyeing films finish.Previous rotary shaft 1 is directly dismantled, then
New rotary shaft 1 is transported to fixed mechanism.Dyestuff on needs is added to fuel bath by dyestuff adding set
Interior, dyestuff stops adding after being added to default position, starts constant flow pump 1 and the 19a of constant flow pump two, by liquid storage roller 1
With liquid storage roller 2 19 in be full of hydrophilizing agent.Then start elevating mechanism simultaneously, dyestuff groove 21 is risen, by embossing cylinder 16a
Bottom be immersed in dyestuff groove 21, while part film is also submerged in the dyestuff of dyestuff groove 21, at the same start motor four,
Motor 5 20 and motor six, film starts to be conveyed, and by flattening mechanism, film is being entered into liquid storage roller 1 and liquid storage
Flattened before between roller 2 19, film is not had fold, prevented hydrophilizing agent from can not completely penetrate on film, be arranged on
Hydrophilizing agent in liquid storage roller 1 and liquid storage roller 2 19 flows out from fluid hole one and fluid hole two, uniformly contaminates in film
On, film is become hydrophilic, in the right easier dye of dyestuff to film.When film is by dyestuff groove 21, color is caught.Most
The film painted is pulled in casing 1 afterwards, starts blowing hot wind mechanism, the band water air that will go into casing is carried out
Drying, while preliminary pre-heating drying is carried out to film, when the film after preheating enters casing 2 23, start electrical heating and dry
Dry mechanism, carries out film positive and negative while dries, and drying is that caused steam is removed by desiccant body, ensures that steam will not be
Accumulated in casing 2 23, when the film after complete drying enters casing 3 24, start air blower 1, by normal temperature air
Constantly it is blasted on film, allows film to return to normal temperature state, the film for returning to normal temperature state can be wound well
Get up, wound if just drying, may cause mutually to bond between film and film, quality of having painted.Ventilation duct
Setting in order to help the preheating of casing 2 23 faster.The hot blast of feeding can also be up defeated by steam caused by drying
Send.Efficiently film can be dried by blowing hot wind mechanism and electric heating drying machine structure.Will finally by rolling-up mechanism
The lustful film of dye is wound.
Specific embodiment described herein is only to spirit explanation for example of the invention.Technology belonging to the present invention is led
The technical staff in domain can be made various modifications or supplement to described specific embodiment or be replaced using similar mode
Generation, but without departing from the spiritual of the present invention or surmount scope defined in appended claims.
Although 1 has more been used herein, has tightened rotating shaft one；1a, tighten rotating shaft two；2 tighten rotating shaft three；3rd, chain one；
4th, chain two；5th, clamping block one；6th, clamping block two；7th, rotary shaft one；8th, auxiliary wheel one；9th, auxiliary wheel two；9a, cylinder one；9b、
Cylinder two；9c, cylinder three；9d, fixed station；10th, geometrical clamp one；11st, geometrical clamp two；12nd, motor three；13rd, loop wheel machine；14th, rotate
Axle two；15th, rotary shaft three；16th, liquid storage roller one；16a, embossing cylinder 16a；17th, liquid reserve tank；18th, constant flow pump one；19th, liquid storage
Roller two；19a, constant flow pump two；20th, motor five；21st, dyestuff groove；21a, supplementary rder one；21b, supplementary rder two；21c, pressure
Flat cylinder one；21d, flatten cylinder two；22nd, casing one；23rd, casing two；24th, casing three；25th, rotating shaft one；26th, rotating shaft two；27th, rotating shaft
Three；28th, rotating shaft four；29th, rotating shaft five；30th, rotating shaft six；31st, rotating shaft seven；32nd, rotating shaft eight；33rd, rotating shaft nine；34th, rotating shaft ten；35、
Rotating shaft 11；36th, rotating shaft 12；37th, air blower one；38th, air blower two；39th, heating tube two；40th, heating tube three；41st, heat
Guan Si；42nd, Scroll one；43rd, Scroll two；44th, rotating bar one；45th, ten first-class term of motor, but be not precluded from using other
The possibility of term.It is used for the purpose of more easily describing and explaining the essence of the present invention using these terms；They are explained
The limitation additional into any one is all disagreed with spirit of the present invention.
Claims (10)
- The equipment 1. a kind of film is painted, including frame, it is characterised in that be disposed with described frame for feeding Expect device, the coloring means for dyeing, more case drying units, the wrap-up for winding for drying, filled in feeding Put and one is additionally provided between coloring means is used for the tension mechanism tightened of film；Described tension mechanism includes being arranged on frame On tighten rotating shaft one, tighten rotating shaft two and tighten rotating shaft three, tighten rotating shaft one, tighten rotating shaft two and tighten rotating shaft three with axial direction Rotate and the mode of axial restraint is arranged in frame, described rotating shaft three of tightening is driven by stand-by motor, and described tightens Rotating shaft two, which is located at, tightens rotating shaft one and tightens below rotating shaft three.
- A kind of 2. film colouring equipment according to claim 1, it is characterised in that described feeding device, including set It is described driving wheel one, driven pulley one, driven in the driving wheel one of frame side, driven pulley one, driven pulley two and driven pulley three A chain one is arranged with wheel two and driven pulley three, described driving wheel one is driven by motor one；Frame it is corresponding another Side is provided with driving wheel two, driven pulley four, driven pulley five and driven pulley six, described driving wheel two, driven pulley four, driven pulley five With chain two is arranged with driven pulley six, described driven pulley two is driven by motor two；Even cloth is fixed on described chain one There are some clamping blocks one, even cloth is installed with some clamping blocks two, clamping block one and clamping block 211 pair on described chain two Should；Bayonet socket one is provided with described clamping block one, is provided with bayonet socket two on clamping block two, described clamping block one and clamping block two it Between be provided with rotary shaft one, one end of rotary shaft one is provided with a gear one；It is solid to be provided with one for side in described frame Determine the fixed mechanism of rotary shaft one, side is additionally provided with the drive mechanism that a driving rotary shaft one rotates in frame；Described machine Frame side is provided with a boom hoisting for being used to change rotary shaft one.
- 3. a kind of film colouring equipment according to claim 2, it is characterised in that in the bayonet socket one of described clamping block one Offer stopper slot one, offer stopper slot two in the bayonet socket two on clamping block two, the both ends of described rotary shaft one are same respectively Axle is provided with rotating wheel one and rotating wheel two, and described rotating wheel one can be caught in stopper slot one, and rotating wheel two can be caught in stopper slot Two；The limited block one being limited in rotary shaft one in bayonet socket one is provided with described stopper slot one, is provided with stopper slot two The limited block two rotary shaft one being limited in bayonet socket two.
- 4. a kind of film colouring equipment according to claim 1, it is characterised in that described described coloring means, bag Include the rotary shaft two being successively set on from bottom to up in frame, rotary shaft three and liquid storage roller one, described rotary shaft two and turn The side of moving axis three is provided with embossing cylinder, and described rotary shaft two, rotary shaft three, liquid storage roller and embossing cylinder are to circumferentially rotate And the mode of axial restraint is arranged in frame, be provided between described rotary shaft two and rotary shaft three one be used for flatten pressure Flattening mechanism；There is cavity one in described liquid storage roller one, the described side of liquid storage roller one is provided with feed tube one, feed tube One one end is coaxially fixed with liquid storage roller one, and one end of feed tube one is connected with the cavity one of liquid storage roller one, feed tube one The other end be connected with a liquid reserve tank, is provided with hydrophilizing agent in described liquid reserve tank；A constant current is provided with described feed tube one Pump one, some fluid holes one uniformly arranged, fluid hole one and the internal cavities one of liquid storage roller one are offered on liquid storage roller one It is connected, liquid storage roller one is driven by motor four, and motor four is fixed in frame；Liquid storage roller side is provided with a liquid storage roller Cylinder two, has cavity two in liquid storage roller two, and the described side of liquid storage roller two is provided with feed tube two, the one end of feed tube two and Liquid storage roller two is coaxial fixed, and one end of feed tube two is connected with the cavity two of liquid storage roller two, feed tube two it is another End be connected with liquid reserve tank, constant flow pump two is provided with feed tube two, offered on liquid storage roller two it is some uniformly arrange go out liquid Hole two, fluid hole two are connected with the internal cavities two of liquid storage roller two, and liquid storage roller two is driven by motor five, liquid storage roller two It is connected with one with its travel mechanism moved back and forth；A dyestuff groove, described dyestuff groove is provided below in described embossing cylinder Side is provided with a dyestuff adding set for being used to add dyestuff, and the bottom of described dyestuff groove is provided with one and is used to lift dyestuff The elevating mechanism of groove.
- 5. a kind of film colouring equipment according to claim 4, it is characterised in that described pressing mechanism includes flattening cylinder First, flatten cylinder two, some cylinders one and fixed mount one, described cylinder one to be fixed in frame, the output shaft of cylinder one is horizontal Set, described fixed mount one is fixed on the output shaft end of cylinder one, and described pressing cylinder one is to circumferentially rotate and axial restraint Mode be arranged on fixed mount one, described pressing cylinder two, which is arranged on, flattens cylinder one side, flattens cylinder two and the pressing phase of cylinder one Mutually it is parallel, flatten cylinder two by circumferentially rotate and axial restraint in a manner of be arranged in frame, flatten cylinder one can with flatten cylinder two-phase Against.
- A kind of 6. film colouring equipment according to claim 1, it is characterised in that described more case drying units, including The casing being installed in frame, is provided with first partition and second partition in the case, and first partition and second partition are by casing It is divided into casing one, casing two and casing three；The side of the casing offers import, and is opened up in the corresponding opposite side of casing There is outlet；Through hole one is offered in the middle part of described first partition, through hole two is offered in the middle part of second partition；In described casing one Rotating shaft one and rotating shaft two are provided with, rotating shaft one is located at entrance, and rotating shaft two is located at the side of through hole one, described rotating shaft one and rotating shaft Two lower sections are correspondingly arranged on rotating shaft three and rotating shaft four, and rotating shaft two is driven by motor eight, and one is provided with casing one and is used to dry The blowing hot wind mechanism of drying；Rotating shaft five and rotating shaft six are provided with described casing two, rotating shaft five is located at the side of through hole one, rotating shaft Six are located at the side of through hole two, and described rotating shaft five and the lower section of rotating shaft six are correspondingly arranged on rotating shaft seven and rotating shaft eight, and rotating shaft six passes through Motor nine drives, be provided with casing two one be used for dry electric heating drying machine structure；Rotating shaft is provided with described casing three Nine and rotating shaft ten, rotating shaft nine is located at the side of through hole two, and rotating shaft ten is right positioned at outlet side, described rotating shaft nine and the lower section of rotating shaft ten Rotating shaft 11 and rotating shaft 12 should be provided with, rotating shaft ten is driven by motor ten, and air blower one, air blower are provided with casing three One is installed in side in casing three, and casing three offers ventilating opening one on side.
- 7. a kind of film colouring equipment according to claim 6, it is characterised in that described first partition bottom offers A ventilation duct is installed with through hole three, casing one and casing two, ventilation duct is located on through hole three.
- 8. a kind of film colouring equipment according to claim 6, it is characterised in that described electric heating drying machine structure includes Heating tube two, heating tube three and heating tube four, described heating tube two are installed in the casing two of rotating shaft five and rotating shaft July 1st side On wall, described heating tube three is installed on the inwall of casing two of rotating shaft six and rotating shaft Aug. 1st side, and described heating tube four is fixed Between rotating shaft five and rotating shaft seven and rotating shaft six and rotating shaft eight, heating tube four is fixed on the wall of casing two, heating tube two, heating tube Three are connected with the uniform breaker of heating tube four.
- 9. a kind of film colouring equipment according to claim 1, it is characterised in that described wrap-up includes being arranged on Scroll one, Scroll two, rotating bar one, rotating bar two and motor 11, described rotating bar one in frame pass through auxiliary Rotating shaft one is rotatably arranged on frame side, and rotating bar two is rotated by aiding in rotating shaft two to be rotatably arranged on the corresponding another of frame Side, the detachable other end for being arranged on rotating bar one and rotating bar two of described Scroll one, described Scroll two can Detachable is arranged on the corresponding other end of rotating bar one and rotating bar one, and gear is coaxially arranged with described auxiliary rotating shaft one One, described motor 11 is fixed in frame, and the output shaft of motor 11 is horizontally disposed with, coaxial on the output shaft of motor 11 Gear two is installed with, chain is arranged between described gear one and gear two；Described Scroll one is driven by motor 12 Dynamic, described Scroll two is driven by motor 13.
- A kind of 10. film colouring equipment according to claim 9, it is characterised in that described described gear one and tooth Protection cap is provided with the external rack of wheel two.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710810190.7A CN107672198B (en) | 2017-09-11 | 2017-09-11 | A kind of film colouring equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710810190.7A CN107672198B (en) | 2017-09-11 | 2017-09-11 | A kind of film colouring equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107672198A true CN107672198A (en) | 2018-02-09 |
| CN107672198B CN107672198B (en) | 2019-08-06 |
Family
ID=61135099
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710810190.7A Active CN107672198B (en) | 2017-09-11 | 2017-09-11 | A kind of film colouring equipment |
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| CN101487658A (en) * | 2009-03-04 | 2009-07-22 | 常州市东高染整有限公司 | Hot wind pre-drying apparatus of continuous pigment dyeing pad dyer |
| CN201392082Y (en) * | 2009-03-04 | 2010-01-27 | 常州市东高染整有限公司 | Hot-air pre-dying device of continuous pigment pad dyeing machine |
| CN104656178A (en) * | 2015-01-15 | 2015-05-27 | 张宝庆 | Imaging polaroid for LCD imaging, and dyeing manufacturing method thereof |
| CN205413498U (en) * | 2015-11-20 | 2016-08-03 | 上虞市三友铝氧化制品有限公司 | Full -automatic film dyeing apparatus |
| CN205522841U (en) * | 2016-01-20 | 2016-08-31 | 张家港市立特制衣有限公司 | Fiber material color plane mucosa mechanism |
| CN205570693U (en) * | 2015-11-20 | 2016-09-14 | 上虞市三友铝氧化制品有限公司 | Full -automatic film dyeing apparatus |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101487658A (en) * | 2009-03-04 | 2009-07-22 | 常州市东高染整有限公司 | Hot wind pre-drying apparatus of continuous pigment dyeing pad dyer |
| CN201392082Y (en) * | 2009-03-04 | 2010-01-27 | 常州市东高染整有限公司 | Hot-air pre-dying device of continuous pigment pad dyeing machine |
| CN104656178A (en) * | 2015-01-15 | 2015-05-27 | 张宝庆 | Imaging polaroid for LCD imaging, and dyeing manufacturing method thereof |
| CN205413498U (en) * | 2015-11-20 | 2016-08-03 | 上虞市三友铝氧化制品有限公司 | Full -automatic film dyeing apparatus |
| CN205570693U (en) * | 2015-11-20 | 2016-09-14 | 上虞市三友铝氧化制品有限公司 | Full -automatic film dyeing apparatus |
| CN205522841U (en) * | 2016-01-20 | 2016-08-31 | 张家港市立特制衣有限公司 | Fiber material color plane mucosa mechanism |
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| CN107672198B (en) | 2019-08-06 |
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